Toward Autonomous, Software-Defined Networks of Wireless Drones

Toward Autonomous, Software-Defined Networks of Wireless Drones

Paul G. Allen School via YouTube Direct link

Results: Performance Evaluation

15 of 29

15 of 29

Results: Performance Evaluation

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Classroom Contents

Toward Autonomous, Software-Defined Networks of Wireless Drones

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  1. 1 Intro
  2. 2 Networked Drones: Multi-hop Extensions of Cellular Networks
  3. 3 Networked Drones: UAV Tactical Networks
  4. 4 Connected Drones: UAV Surveillance Networks
  5. 5 Connected Drones: Some Core Challenges
  6. 6 Connected Drones: Outline
  7. 7 SkyCell: Architecture
  8. 8 SkyCell: Hardware Overview
  9. 9 SkyCell: Software-Defined Base Station
  10. 10 Challenge: Flying Users Source of Interference!
  11. 11 Motivation: Experimental measurements
  12. 12 Intuition: Directional TX and Location control
  13. 13 Problem Statement: Video streaming from POI
  14. 14 Proposed Architecture: Open-RAN Control Loop
  15. 15 Results: Performance Evaluation
  16. 16 And People Need Connectivity
  17. 17 Three Main Questions
  18. 18 HIRO-NET: Two Tier Architecture
  19. 19 HIRO-NET: Lower Tier (BLE)
  20. 20 SwarmControl: SDN control framework for UAV Networks
  21. 21 SwarmContral: The Control Framework (1/2)
  22. 22 SwarmControl: Drone Programmable Protocol Stack (DPPS)
  23. 23 SwarmControl: Prototyping the UAV nodes
  24. 24 Experimental Evaluation: Indoor (3/3)
  25. 25 Overcoming model-and-optimize' approaches
  26. 26 Data-driven optimization for UAV networks
  27. 27 Parallel DRL multi-agent training
  28. 28 Optimization Result
  29. 29 AERPAW: Aerial Experimentation and Research Platform for Advanced Wireless

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